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A Look Into Smart Factory and The Future of Manufacturing
January 16, 2023 11:00:00 AM

Discover the benefits of a smart factory and find out how your business can get ahead of the curve.

The manufacturing industry is changing. With the advent of smart technology, we are entering the era of the smart factory – also known as Industry 4.0. What does this mean for businesses?

In short, it means increased efficiency, productivity, and profit. In this blog post, we will explore what a smart factory is, its benefits, and some examples of how it is used in businesses today. We will also consider what to expect in the next few years as this technology evolves.

What Is A “Smart” Factory?

Smart Factories, also known as Industry 4.0, are the future of manufacturing and digital transformation. This smart technology can be understood in terms of four different levels.

  • Level 1– Basic Data Availability is when data is available but not easily accessible, making data analysis time consuming.
  • Level 2– Proactive Data Analysis; here, data access and presentation increase substantially, so proactive analysis can be done manually.
  • Level 3- Active Data in which machines and AI analyze the data automatically to predict potential issues.
  • Level 4– Action-Oriented Data is collected and analyzed for issues such as suggested solutions before being actioned with minimal human input.

The smart factory is revolutionizing the way manufacturers do business. With the growth of Industry 4.0, companies worldwide are taking advantage of advanced digital and cognitive technologies such as sensors, wearables, and robotics to create a continuous flow of information between their physical and digital worlds.

What Are the Benefits of Smart Factory?

Smart factories and the shift to Industry 4.0 is the inevitable future of manufacturing. It provided businesses with an integrated approach to smart technology such as connected sensors, AI-driven robotics, machine learning, and automation. It improves decision-making for maximum efficiency and output with minimal investment in new resources by optimizing planning, quality control, product development, and logistics.

Smart factories leverage smart sensors, analytics, and machine learning algorithms to enable predictive maintenance, self-optimization, continuous improvement, and autonomous production processes. Those that successfully undertake smart factory initiatives can expect notable benefits to their operations – improved asset efficiency (20%), reduced costs (30%), improved product quality (30%), better safety conditions (10%), and increased sustainability.

This digital transformation is supported by long-term benefits from gathering data to enable better forecasting capabilities and scheduled maintenance preventing unexpected outages. With smart factories facilitating optimized workflows while cutting costs significantly, the potential of smart factory systems is undeniable.

Smart Factory Could be Your New Favorite Coworker

Cobots, or collaborative robots, are among the most innovative and exciting examples of smart factory technology today. Industrial robots have consistently been redefining the modern smart factory since their inception in the 1950s. The world’s first automated factory, established by General Motors when inventor George Devol installed Unimate for a die-casting plant in 1961, was a true milestone for the industry.

Nowadays, robots are designed to perform various and repetitive tasks while reducing production time. They can do anything from material handling to packaging and feature Artificial Intelligence (AI) and machine learning systems to allow them to react quickly in real-time scenarios. Moreover, AI integration has significantly enhanced smart factories during the Industry 4.0 era, allowing them to respond swiftly to changes or deviations in processes and make smart decisions – making them invaluable for additional operations such as safety monitoring too.

Additionally, smart factories are now also equipped with cobots that help coordinate tasks between people and machines efficiently and safely, freeing human labor from hazardous or dull job duties which might lead to fatigue or accidents due to lack of focus. Furthermore, industrial robots provide manufacturers with exceptional precision every step of the way: vastly improving product quality as a result.

Take Your First Steps

With Industry 4.0 already making waves across the manufacturing industry, smart factories are rapidly becoming necessary to keep up with modern-day demands. Of course, this technology comes with its own set of challenges and learning curves – which is why it’s important for manufacturers to stay up-to-date with the newest advancements in the industry.
As exciting as this new era of smart factories is, it’s clear that businesses need to invest time and resources into understanding the technologies and trends of this new market landscape if they want to reap all its potential benefits.

There’s no doubt that manufacturing will continue to evolve rapidly in the years ahead. Businesses that wish to benefit from all that technology offers should consider bringing an external partner on board who specializes in leveraging the best of what smart factories have to offer. A supply chain outsourcing partner could make or break your business’ smart factory journey.

Let MAU be your strategic partner – we are waiting to help you succeed in this new era of transformative manufacturing.